Design Consultancy:Openhouse Architects & Engineers

Project Location:Sreemangal, Moulvibazar

Area:1,500 SFT

I am honored to contribute as a Structural Engineer for the BABU RESIDENCE project, a unique and elegant residential development situated amidst the natural beauty of Sreemangal. This 1,500 sq. ft. residence seamlessly blends modern architectural design with the serene landscape, embodying a harmony between nature and built environment.

The project prioritizes sustainability and respects the surrounding environment while ensuring the highest standards of structural integrity, functionality, and aesthetic appeal.

In my role as a Structural Engineer for the BABU RESIDENCE, I have taken on the following responsibilities:

• Client Coordination: Collaborated closely with clients to understand their vision, ensuring the structural design complements the natural surroundings and project goals.
• Site Analysis: Reviewed the site conditions and topographical features to incorporate the natural elements into the structural design.
• Soil Report Analysis: Analyzed soil investigation reports to assess soil strength and ensure compatibility with the structural foundation.
• Structural Modeling: Designed and analyzed structural models using ETABS to optimize load distribution and ensure safety and efficiency.
• Structural Drawings: Produced comprehensive structural drawings, detailing reinforcement, foundation design, and structural elements.
• Authority Drawings: Prepared and submitted detailed plans adhering to local building codes and regulations for approval by the concerned authorities.
• Sustainability Integration: Incorporated sustainable practices into the structural design to minimize environmental impact while maintaining project aesthetics.
• Material Selection: Collaborated with the team to select materials that align with the natural surroundings and ensure durability.

Additional Contributions:

• Conducted site visits to monitor progress, address structural concerns, and verify compliance with approved plans.
• Worked in collaboration with architects to balance structural requirements with aesthetic considerations.
• Ensured adherence to national and international building codes and standards.
• Provided quality assurance through inspections of materials and construction techniques.
• Assisted in budget estimation for structural components to maintain cost-efficiency without compromising quality.
• Documented all calculations, designs, and revisions for record-keeping and future reference.

This project, nestled beside the picturesque natural beauty of Sreemangal, is a testament to the thoughtful integration of architecture and environment. My role as a Structural Engineer has been instrumental in ensuring the residence not only stands as a robust structure but also reflects the essence of its breathtaking surroundings.

Project Name: Munshiganj Masjid
Location: Munshiganj, Bangladesh
Project Area: Approx. 2,500 sq. ft.
Role: Assistant Structural Engineer
Project Start Date: 2020 (Ongoing)

Project Overview

The structural design and implementation for the Munshiganj Masjid is a critical component of this landmark project. As an Assistant Structural Engineer, my role is centered on ensuring the structural integrity and compliance of the masjid with local building codes and standards, all while meeting the project's functional and aesthetic objectives.

Responsibilities as Assistant Structural Engineer

1. Structural Design and Drafting

• Developed detailed structural drawings and plans for the masjid, ensuring proper load distribution and stability.

• Prepared authority drawings in compliance with the Bangladesh PWD Schedule 2018 and relevant building regulations.

• Incorporated seismic and wind load considerations to enhance safety and durability.

2. Analysis and Calculations

• Performed structural analysis to calculate loads, stresses, and reinforcements needed for various structural elements such as columns, beams, and slabs.

• Used industry-standard software tools to validate design efficiency and safety.

3. Coordination with Architects and Site Teams

• Collaborated with senior architects to align structural plans with the architectural vision.

• Provided technical guidance to the site engineers during the execution of structural components.

• Conducted regular site visits to monitor the progress and accuracy of structural work.

4. Quality Assurance

• Reviewed and approved material quality for structural elements, including concrete and reinforcement steel.

• Ensured compliance with design specifications and construction codes during execution.

5. Problem Resolution

• Identified on-site challenges such as discrepancies in implementation and resolved them promptly with the site team.

• Proposed modifications to structural designs when necessary to address unforeseen conditions.

Key Achievements

• Successfully drafted and executed structural plans that met all regulatory and project-specific requirements.

• Streamlined collaboration between the structural, architectural, and site teams for efficient workflow.

• Maintained a high standard of safety and quality in all structural aspects of the project.

Ongoing Responsibilities

• Regularly inspecting the structural components during construction to ensure adherence to designs.

• Providing technical support to resolve construction challenges promptly.

• Coordinating with contractors and site engineers to maintain project timelines.

Conclusion

The structural work for the Munshiganj Masjid has been a testament to my ability to design and implement safe, efficient, and compliant structural solutions. My role as an Assistant Structural Engineer has been pivotal in ensuring the project's success, and I remain committed to maintaining the highest standards of excellence throughout its completion.

Project Report: AHAD Residence Structural Work

Project Name: AHAD Residence
Location: Kamalganj, Moulvibazar, Bangladesh
Role: Structural Engineer
Project Start Date: 2022
Project Completion Date: 2024

Project Overview

The AHAD Residence in Kamalganj, Moulvibazar, is a modern residential project where structural integrity and design precision were paramount. As the Structural Engineer, my primary role was to ensure the building’s structural safety, functionality, and compliance with all relevant codes and standards. The project involved advanced modeling, detailed structural design, and meticulous planning to achieve the desired outcome.

My Responsibilities

1. Structural Modeling and Analysis

• Conducted structural modeling and analysis using ETABS to evaluate load distributions, stability, and safety factors.

• Performed detailed simulations to identify potential structural challenges and proposed efficient solutions.

2. Structural Design

• Designed all structural components of the building, including:

  • Footings: Ensured proper load transfer to the soil with accurate reinforcement detailing.

  • Short Columns: Developed column designs to support building loads and maintain height constraints.

  • Grade Beams: Provided connectivity between columns for enhanced structural stability.

  • Slabs: Designed slabs to accommodate load requirements and minimize deflection.

  • Floor Columns: Calculated reinforcements for floor-level columns to support vertical loads.

• Prepared all structural drawings with precision and clarity to guide the construction team.

3. Bill of Quantities (BOQ) and Minimum Order Quantities (MOQ)

• Created a comprehensive BOQ to estimate material requirements and associated costs accurately.

• Drafted MOQ for procurement planning to ensure optimal resource utilization and cost efficiency.

4. Coordination and Execution

• Collaborated closely with architects, contractors, and site engineers to align structural designs with architectural plans.

• Provided on-site support during critical phases of construction to address any structural queries or modifications.

• Conducted regular site visits to monitor compliance with design specifications and construction quality.

5. Quality Assurance and Problem Solving

• Ensured the use of high-quality materials by verifying specifications against BOQ and design requirements.

• Identified and resolved structural issues promptly during execution, minimizing delays and ensuring safety.

Key Achievements

• Successfully performed ETABS modeling and analysis to ensure the structure’s safety and reliability.

• Delivered detailed and precise structural designs for all critical components of the building.

• Streamlined material procurement and budgeting with accurate BOQ and MOQ documentation.

• Ensured project progress through effective collaboration and quality assurance measures.

Conclusion

The AHAD Residence project showcases my expertise in structural engineering, from advanced modeling and design to on-site execution and quality control. My contribution ensured a robust and compliant structure that meets both functional and aesthetic requirements. This project stands as a testament to my commitment to delivering high-quality engineering solutions.

Project Report: SUMON Residence Structural Work

Project Name: SUMON Residence
Location: Kamalganj, Moulvibazar , Sylhet 
Role: Structural Engineer
Project Start Date: November 2024

Project Overview

The SUMON Residence is a bespoke residential project designed to ensure optimal structural integrity and aesthetic appeal. As the Structural Engineer, my role encompassed advanced modeling, precise structural design, and efficient planning to deliver a robust and compliant structure. This project stands as a testament to innovative engineering practices and meticulous attention to detail.

My Responsibilities

1. Structural Modeling and Analysis

• Performed comprehensive structural modeling and analysis using ETABS to evaluate safety factors, load distribution, and structural stability.

• Utilized simulation tools to identify potential structural challenges and applied effective solutions.

2. Structural Design

• Designed all critical structural components, including:

  • Footings: Developed reinforced footing designs to transfer loads safely to the foundation.

  • Short Columns: Created column designs suitable for structural and architectural requirements.

  • Grade Beams: Ensured structural stability by interconnecting columns with properly reinforced grade beams.

  • Slabs: Designed slabs with precise load calculations to minimize deflection and ensure durability.

  • Floor Columns: Calculated reinforcement details to support vertical loads across all floors.

• Delivered detailed structural drawings to guide the construction team effectively.

  
  

3. Bill of Quantities (BOQ) and Minimum Order Quantities (MOQ)

• Prepared an accurate BOQ to estimate material requirements and costs.

• Drafted MOQ for efficient procurement planning and budget control.

  
  

4. Coordination and Execution

• Worked closely with architects, contractors, and site engineers to integrate structural designs with architectural requirements.

• Provided on-site support during critical construction phases to resolve structural concerns and ensure quality.

• Conducted regular site inspections to monitor adherence to design standards and project timelines.

5. Quality Assurance and Problem Solving

• Verified material quality to ensure alignment with the BOQ and project specifications.

• Addressed and resolved on-site challenges promptly, minimizing delays and maintaining structural integrity.

Key Achievements

• Successfully performed ETABS-based modeling and analysis to ensure the structure’s safety and efficiency.

• Delivered comprehensive structural designs for all key components, meeting both regulatory and project-specific standards.

• Optimized material procurement and budgeting with precise BOQ and MOQ preparation.

• Maintained high-quality construction through effective coordination and quality assurance measures.

Conclusion

The SUMON Residence project exemplifies my proficiency in structural engineering, from advanced analysis and design to on-site execution and quality management. My contributions ensured a structurally sound, aesthetically pleasing, and regulation-compliant residence. This project highlights my commitment to delivering engineering excellence.

Project Name:RIM MARIA Apartment

Location: Bashundhara R/A, Dhaka, Bangladesh
Project Area: Residential
Role: Assistant Structural Engineer and Project Head
Project Start Date: 2020 (Ongoing)

Project Overview

The RIM MARIA Apartment is a premium residential project in Bashundhara R/A, Dhaka, designed to meet the modern living standards of the area. This project required strict adherence to the locality’s unique construction guidelines and the meticulous drafting of structural and plumbing designs to ensure seamless execution.

My Responsibilities

1. Structural and Plumbing Design

• Drafted the detailed structural design of the apartment, ensuring compliance with architectural requirements and safety standards.

• Prepared plumbing system drawings to integrate seamlessly with the structural and architectural designs.

• Ensured adherence to Bashundhara R/A’s own construction schedule and guidelines.

2. Project Management

• Acted as the project head, managing all aspects of construction and on-site activities.

• Coordinated with clients, contractors, site engineers, and senior architects to streamline project execution.

• Regularly visited the construction site to oversee progress, resolve issues, and ensure compliance with the design and schedule.

• Utilized MS Project to maintain daily worker sheets and progress reports.

3. Budget and Cost Management

• Prepared the Bill of Quantities (BOQ) and Minimum Order Quantities (MOQ) to accurately estimate construction costs.

• Conducted market surveys with the site engineer to source high-quality materials at competitive prices.

• Negotiated agreements with clients to finalize deals and maintain transparency.

4. Team Leadership and Coordination

• Led a multidisciplinary team to ensure timely and high-quality completion of tasks.

• Supervised plumbing and electrical installations alongside the respective engineers.

• Prepared and managed material requisition lists based on site needs to avoid delays.

5. Quality Assurance

• Collaborated with senior architects during site inspections to address construction issues and maintain quality.

• Monitored site activities through CCTV to ensure adherence to project plans and schedules.

Challenges and Solutions

1. Compliance with Local Guidelines:

   • Followed Bashundhara R/A’s specific construction regulations to avoid delays and ensure approval.

2. Material Procurement:

   • Conducted extensive market surveys to procure the best materials at optimal costs, maintaining quality without exceeding budget.

3. Error Management:

   • Regularly visited the site to identify and rectify issues promptly, ensuring smooth workflow.

Key Achievements

• Successfully drafted detailed structural and plumbing drawings tailored to the project’s unique requirements.

• Efficiently managed a diverse team to meet project milestones.

• Implemented cost-effective strategies through accurate BOQ and market research.

• Maintained high-quality standards across structural, plumbing, and electrical works.

Ongoing Responsibilities

• Ensuring daily coordination among team members and resolving on-site challenges.

• Managing material supply and maintaining project schedules.

• Monitoring project progress through regular updates and CCTV oversight.

• Maintaining client satisfaction by addressing concerns and providing timely updates.

Conclusion

The RIM MARIA Apartment project showcases my ability to manage residential construction projects with precision and dedication. From drafting structural and plumbing designs to overseeing all facets of project management, my role has been instrumental in ensuring quality and compliance. As the project advances, I am committed to delivering a high-standard residential complex that meets the expectations of both the community and the stakeholders.

Project Name:Munshiganj Masjid

Location: Munshiganj, Bangladesh
Project Area: Approx. 2,500 sq. ft.
Role: Assistant Structural Engineer and Project Head
Project Start Date: 2020 (Ongoing)

Project Overview

The Munshiganj Masjid is a landmark project in Munshiganj, designed to serve the community with a beautifully structured place of worship. This project involves meticulous planning, structural drafting, project coordination, and comprehensive management to ensure its successful execution.

My Responsibilities

1. Structural Design and Drafting

• Drafted the detailed structural design of the masjid, ensuring compliance with architectural aesthetics and structural integrity.

• Prepared the authority drawing following the Bangladesh PWD Schedule 2018, adhering to local building codes and regulations.

2. Project Management

• Served as the project head, overseeing all aspects of the construction and management.

• Coordinated with clients, contractors, site engineers, and senior architects to ensure smooth project execution.

• Regularly visited the construction site to monitor progress, identify potential issues, and provide immediate solutions.

• Used MS Project to prepare and update daily worker sheets and work completion reports.

  
  

3. Budget and Cost Management

• Created the Bill of Quantities (BOQ) and Minimum Order Quantities (MOQ) to estimate the approximate construction cost.

• Surveyed the market with the site engineer to procure high-quality materials at the most competitive prices.

• Drafted agreements to finalize deals with clients, ensuring all terms were clear and mutually beneficial.

4. Team Leadership and Coordination

• Led a team of engineers, contractors, and workers, ensuring tasks were completed on time and to the highest standards.

• Supervised the electrical and plumbing works with the assistance of the electrical engineer to ensure seamless integration with the structural framework.

• Managed material requisitions based on site requirements and maintained inventory accuracy.

5. Quality Assurance

• Collaborated with senior architects during site visits to address construction errors and maintain quality.

• Utilized CCTV monitoring to oversee site activities and ensure adherence to project plans and schedules.

Challenges and Solutions

1. Coordination with Multiple Stakeholders:

   • Maintained constant communication with clients, contractors, and team members to align goals and resolve conflicts effectively.

2. Material Procurement:

   • Conducted market surveys to find the best products at optimal prices, ensuring both quality and cost-effectiveness.

3. Error Management:

   • Conducted regular site inspections to detect and correct construction errors promptly.

Key Achievements

• Successfully drafted detailed structural and authority drawings in compliance with local standards.

• Efficiently managed a diverse team, ensuring timely project progress.

• Implemented cost-saving strategies through meticulous BOQ and market research.

• Maintained high-quality standards across structural, electrical, and plumbing works.

Ongoing Responsibilities

• Coordinating daily operations and resolving on-site challenges.

• Ensuring timely material supply and addressing logistical issues.

• Monitoring project progress through worker sheets and CCTV footage.

• Maintaining client satisfaction by providing regular updates and addressing concerns promptly.

Conclusion

The Munshiganj Masjid project reflects my ability to manage large-scale construction projects with precision and efficiency. From structural design to project coordination, my comprehensive involvement has been crucial in maintaining quality and ensuring the project meets its intended goals. As the project progresses, I remain committed to delivering a landmark structure that stands as a testament to our team's dedication and expertise.

As a Civil Engineer specializing in Quality Control, I ensure that all construction activities meet the highest standards of quality, safety, and compliance with project specifications. My role focuses on implementing rigorous inspection processes, monitoring materials and workmanship, and maintaining accountability at every stage of the project.

Key responsibilities include:

• Material Inspection: Verify the quality of construction materials delivered on-site, ensuring compliance with project specifications and industry standards.
• Workmanship Monitoring: Evaluate the execution of construction tasks to ensure they align with the approved plans, standards, and techniques.
• Testing and Certification: Conduct and oversee necessary tests, such as concrete strength tests, soil compaction tests, and other quality-related assessments.
• Defect Identification: Identify defects or deviations in construction work early and recommend corrective actions to maintain quality.
• Documentation: Maintain detailed records of inspections, tests, and quality assurance activities for accountability and future reference.
• Compliance Verification: Ensure all construction processes adhere to local building codes, safety regulations, and project specifications.
• Team Training: Provide guidance to contractors, site engineers, and workers to ensure they understand and follow quality requirements.
• Collaboration: Work closely with design teams, contractors, and project managers to resolve quality-related issues and align on solutions.
• Continuous Improvement: Regularly review processes to identify opportunities for enhancing quality standards and project outcomes.

By prioritizing quality at every step of the construction process, I help deliver durable, safe, and high-standard projects that meet or exceed client expectations.

As a Civil Engineer specializing in Client Coordination, I act as the bridge between clients and the project team, ensuring smooth communication, alignment of objectives, and satisfaction throughout the project lifecycle. My role involves understanding client requirements, addressing concerns, and keeping them informed at every stage of the construction process.

Key responsibilities include:

• Requirement Gathering: Work closely with clients to understand their needs, goals, and expectations, ensuring they are incorporated into the project plan.
• Regular Updates: Provide clients with timely progress reports, including milestones achieved, budget status, and upcoming activities.
• Problem-Solving: Address client concerns promptly by offering clear solutions and ensuring their expectations are met.
• Meetings and Discussions: Conduct regular meetings to discuss project updates, review designs, and resolve any queries.
• Budget and Timeline Alignment: Keep clients informed about budget usage and any adjustments to timelines, ensuring transparency in project execution.
• Design Clarifications: Liaise with the design team to clarify technical aspects and communicate updates to clients in a way they can easily understand.
• Feedback Integration: Act on client feedback promptly, making adjustments to the project plan as necessary to meet their satisfaction.
• End-to-End Support: Assist clients from the initial planning stage through project completion, ensuring a seamless and stress-free experience.

By maintaining open and transparent communication with clients, I foster trust, ensure alignment with project goals, and contribute to the successful delivery of projects. My commitment to client satisfaction is at the core of every project I undertake.

As a Civil Engineer specializing in Project Tracking, I focus on ensuring that construction projects are executed efficiently, on time, and within budget. Through advanced tools, systematic monitoring, and real-time updates, I provide a clear and accurate overview of project progress, allowing for proactive decision-making and seamless execution.

Key responsibilities include:

• Progress Monitoring: Track all phases of the project to ensure milestones are met and work aligns with the planned schedule.
• Data Management: Use tools like Microsoft Project and Excel to maintain up-to-date records of timelines, resources, and budgets.
• Real-Time Updates: Provide stakeholders with regular progress reports, highlighting achievements, challenges, and any adjustments required.
• Critical Path Management: Identify key tasks and dependencies to prioritize activities and prevent delays.
• Site Coordination: Collaborate with site engineers, contractors, and teams to address on-site challenges and maintain workflow continuity.
• CCTV Oversight: Leverage CCTV monitoring to observe on-site activities remotely, ensuring compliance with the project plan.
• Risk Mitigation: Identify potential risks early and implement strategies to address them, minimizing project delays and cost overruns.
• Quality Assurance: Ensure that all work meets the required standards and specifications while tracking any deviations.

By maintaining a clear, organized, and proactive approach to project tracking, I ensure that every aspect of construction is aligned with the project’s goals. My focus on transparency, collaboration, and technology-driven solutions helps deliver projects efficiently and successfully.

As a Civil Engineer specializing in Site Supervision, I ensure that construction activities are carried out efficiently, safely, and in compliance with design specifications and project timelines. My approach combines advanced monitoring techniques, such as CCTV tracking, with regular site visits to maintain a strong oversight of project progress.

Key responsibilities include:

• CCTV Monitoring: Continuously track site activities via CCTV to ensure operations align with project plans and safety standards, even when off-site.
• Regular Site Visits: Conduct frequent on-site inspections to assess progress, address issues, and verify the quality of work and materials.
• Coordination: Collaborate closely with contractors and site engineers to resolve challenges, clarify designs, and ensure seamless execution of construction tasks.
• Compliance: Ensure all site activities comply with design specifications, safety regulations, and environmental standards.
• Issue Resolution: Identify and address potential problems proactively, minimizing delays and ensuring smooth project progression.
• Documentation: Maintain detailed records of site activities, progress, and any deviations, ensuring transparency and accountability.
• Stakeholder Communication: Provide regular updates to clients, project managers, and other stakeholders, ensuring alignment with project goals.

By combining technology-driven monitoring with hands-on site supervision and effective collaboration, I ensure that projects are executed efficiently, safely, and to the highest standards. My proactive approach helps minimize risks, resolve challenges swiftly, and deliver successful construction outcomes.

As a Civil Engineer involved in preparing Financial Agreements, I specialize in developing and managing comprehensive financial documentation that ensures smooth execution and transparency in construction projects. This role is crucial in defining the financial framework and agreements between clients, contractors, and stakeholders to facilitate successful project delivery.

Key responsibilities include:

• Cost Estimation: Accurately calculate project costs, including materials, labor, equipment, and contingency funds, ensuring a realistic budget for all parties involved.
• Contract Preparation: Draft detailed financial agreements that outline payment schedules, terms of payment, and conditions for variations or claims.
• Budget Management: Collaborate with project stakeholders to establish and monitor budgets, ensuring alignment with project goals and financial constraints.
• Documentation: Prepare and review financial reports, proposals, and contracts, ensuring clarity and compliance with legal and regulatory standards.
• Negotiation Support: Assist in financial negotiations, ensuring mutual understanding and agreement among all stakeholders.
• Cash Flow Analysis: Develop and maintain cash flow projections to ensure adequate funding at each stage of the project.
• Compliance: Ensure all financial agreements adhere to relevant construction and financial regulations, minimizing risks for all parties involved.

By meticulously managing the financial aspects of construction projects, I aim to foster trust, reduce financial disputes, and ensure smooth project progression. My approach emphasizes clarity, accuracy, and efficiency in all financial dealings.

Quantity surveying is a vital process in construction that ensures projects are executed within budget while maintaining quality and efficiency. A Quantity Surveyor (QS) manages costs, prepares detailed estimates, and oversees financial aspects throughout the project lifecycle.

Key Responsibilities:

• Cost Estimation: Preparing accurate cost estimates based on project requirements, materials, and labor.
• Budget Management: Monitoring and controlling budgets to avoid overruns.
• Tendering & Procurement: Managing bids and selecting contractors and suppliers to align with financial goals.
• Valuation & Payments: Conducting interim valuations and processing payments to contractors.
• Risk Management: Identifying potential financial risks and developing mitigation strategies.

Tools & Software Used:

• AutoCAD: For extracting quantities from design drawings.
• Microsoft Excel: For data organization, cost analysis, and reporting.
• Bluebeam Revu: For quantity takeoffs and digital collaboration.
• PlanSwift: For detailed measurement and estimating.
• Primavera P6 or MS Project: For integrating cost with project schedules.
• BIM Tools (e.g., Revit): For 3D modeling and advanced quantity takeoffs.

By leveraging these tools and a strong understanding of construction processes, a Quantity Surveyor ensures projects remain financially viable and meet client expectations.

As a Civil Engineer specializing in Schedule Ready and Project Planning, I ensure the efficient execution of construction projects through meticulous planning and coordination. My expertise lies in creating detailed schedules, optimizing resources, and maintaining timelines using industry-standard tools such as Microsoft Project, Excel, and Word, alongside other specialized software commonly used in construction project management.

Key responsibilities include:

• Project Scheduling: Develop and manage comprehensive project schedules using Microsoft Project, integrating all phases of construction to track progress and adjust timelines as needed.
• Resource Management: Use Excel for detailed tracking of materials, labor, and equipment to ensure efficient allocation and cost control.
• Documentation and Reporting: Prepare professional project reports, timelines, and documentation using Microsoft Word, ensuring clear communication with stakeholders.
• Critical Path Analysis (CPA): Identify and manage key project milestones and dependencies to optimize timelines and minimize delays.
• Risk Assessment and Mitigation: Use advanced planning methodologies to foresee potential risks and implement strategies to address them.
• Collaboration and Coordination: Facilitate communication among architects, engineers, contractors, and clients to ensure alignment with project goals.
• Monitoring and Updates: Regularly update schedules and progress charts, ensuring transparency and adaptability to real-time changes.

By leveraging these tools and techniques, I deliver streamlined, cost-effective, and timely construction solutions. My focus is on enhancing efficiency, reducing project risks, and ensuring successful outcomes for all stakeholders.

Design Consultancy:Openhouse Architects & Engineers

Location:Bashundhara Residential Area, Dhaka

Role:Assistant MEP Engineer

I had the privilege of working as anAssistant MEP Engineerfor theRim Mariya Apartment Buildingproject in Bashundhara Residential Area, Dhaka. This modern residential development reflects a commitment to efficiency, functionality, and sustainability in its mechanical, electrical, and plumbing (MEP) systems.

In my role, I contributed to the successful execution of the project by undertaking the following responsibilities:

• MEP Drafting:Developed detailed MEP drawings usingAutoCAD, ensuring accuracy and alignment with architectural and structural plans.
• Cost Estimation:Prepared comprehensive cost estimates for MEP components, helping maintain budgetary control while ensuring quality standards.
• Design Coordination:Collaborated with architects and engineers to integrate MEP systems seamlessly with the building's design and layout.
• Code Compliance:Ensured all MEP designs adhered to national and international standards, regulations, and safety codes.
• Material Specification:Assisted in selecting appropriate materials and equipment for the MEP systems to ensure durability, efficiency, and cost-effectiveness.

Additional Contributions:

• Reviewed and updated MEP plans to accommodate design changes or address project-specific requirements.
• Conducted site visits to verify the accuracy of installations and ensure alignment with approved designs.
• Documented project progress, including calculations, drawings, and revisions, for record-keeping and future reference.
• Collaborated with the construction team to resolve on-site challenges related to MEP systems.
• Supported the development of working drawings and installation guides for contractors.

This role allowed me to hone my technical skills in MEP drafting and cost estimation while contributing to a high-quality residential development in one of Dhaka’s premier neighborhoods. It was a rewarding experience to be part of a team dedicated to delivering efficient and sustainable solutions.

Numerical Simulation of Steel Concrete Composite Floor System

Main Paper Link : https://www.scientific.net/MSF.1047.195

This paper explores the ultimate strength of the composite floor system of structural steel concrete. ABAQUS, used to research non-linear competencies and ultimate load-carrying capability of such floor systems, developed the Finite Element Model (FEM) in 3-D. A comparison of computed values with experimental results has validated the proposed finite element model. The measured and experimental findings show a good match with an average variation of 10%. In parametric study effects of different sizes of shear studs on the ultimate strength of the floor system have been explored on full size specimens. Results show that an increase in height of the shear stud with the same diameter increases the ultimate strength of the floor system. An Increase in the diameter of the shear stud also increases the ultimate capacity of the floor system.